• dtdc desolventizer toaster cooking oil solvent extraction
  • dtdc desolventizer toaster cooking oil solvent extraction
  • dtdc desolventizer toaster cooking oil solvent extraction
  • dtdc desolventizer toaster cooking oil solvent extraction
  • What is DTDC desolventizer toaster?
  • Desolventizing toaster can remove the solvent in the wet meal for recycling and obtain the qualified finished meal. DTDC desolventizer toaster is used for processing direct extraction meal of soybean, cottonseed, rapeseed, camellia seed, etc. The meal after processing is used for animal feed ingredient applications.
  • What is a desolventizer toaster dryer cooler?
  • Desolventizer toaster dryer cooler (DTDC) is used to separate solvent from wet meal in the solvent extraction plant. KMEC’s desolventizer toaster dryer coolers have five layers. The first and second are preheating layers which function using an indirect current of steam at the base.
  • What is a desolventiser toaster?
  • Meal is separated from the solvent using a desolventiser toaster, or, desolventiser toaster dryer cooler. Often the desolventiser toaster, dryer cooler, and desolventiser toaster dryer cooler, are abbreviated simply as ‘DT', ‘DC’ and ‘DTDC’ respectively. A DTDC is simply a DT and DC combined.
  • How do desolventizer toaster dryer coolers work?
  • KMEC’s desolventizer toaster dryer coolers have five layers. The first and second are preheating layers which function using an indirect current of steam at the base. The third layer is pre-desolventizing layer which leads to the fourth, main pre-desolventizing layer. The last layer dries the material.
  • What is a desolventiser dryer cooler?
  • Often the desolventiser toaster, dryer cooler, and desolventiser toaster dryer cooler, are abbreviated simply as ‘DT', ‘DC’ and ‘DTDC’ respectively. A DTDC is simply a DT and DC combined. The machine chosen for solvent recovery depends upon design considerations and the availability of space.
  • How does a desolventiser drier work?
  • The steam flow rate determines the apertures size. After desolventisation, the meal leaves the desolventiser toaster and enters the drier cooler. For soybean meal, the DT exit temperature will be approximately 110°C with a moisture level of approximately 20%. The DC only has two primary objectives.